feat: change 'commune' to 'area' to have different 'geometry' page (#545

)

atlas/atlasAPI.py

@@ -8,7 +8,7 @@
     vmObservationsRepository,
     vmObservationsMaillesRepository,
     vmMedias,
-    vmCommunesRepository,
+    tZonesRepository,
 )
 from atlas.env import cache, db
 
@@ -25,12 +25,12 @@ def searchTaxonAPI():
     return jsonify(results)
 
 
-@api.route("/searchCommune", methods=["GET"])
-def searchCommuneAPI():
+@api.route("/searchZone", methods=["GET"])
+def searchZoneAPI():
     session = db.session
     search = request.args.get("search", "")
     limit = request.args.get("limit", 50)
-    results = vmCommunesRepository.searchMunicipalities(session, search, limit)
+    results = tZonesRepository.searchMunicipalities(session, search, limit)
     session.close()
     return jsonify(results)
 
@@ -110,21 +110,21 @@ def getObservationsGenericApi(cd_ref: int):
 
 if not current_app.config["AFFICHAGE_MAILLE"]:
 
-    @api.route("/observations/<insee>/<int(signed=True):cd_ref>", methods=["GET"])
-    def getObservationsCommuneTaxonAPI(insee, cd_ref):
+    @api.route("/observations/<id_zone>/<int(signed=True):cd_ref>", methods=["GET"])
+    def getObservationsZoneTaxonAPI(id_zone, cd_ref):
         connection = db.engine.connect()
-        observations = vmObservationsRepository.getObservationTaxonCommune(
-            connection, insee, cd_ref
+        observations = vmObservationsRepository.getObservationTaxonZone(
+            connection, id_zone, cd_ref
         )
         connection.close()
         return jsonify(observations)
 
 
-@api.route("/observationsMaille/<insee>/<int(signed=True):cd_ref>", methods=["GET"])
-def getObservationsCommuneTaxonMailleAPI(insee, cd_ref):
+@api.route("/observationsMaille/<id_zone>/<int(signed=True):cd_ref>", methods=["GET"])
+def getObservationsZoneTaxonMailleAPI(id_zone, cd_ref):
     connection = db.engine.connect()
-    observations = vmObservationsMaillesRepository.getObservationsTaxonCommuneMaille(
-        connection, insee, cd_ref
+    observations = vmObservationsMaillesRepository.getObservationsTaxonZoneMaille(
+        connection, id_zone, cd_ref
     )
     connection.close()
     return jsonify(observations)

atlas/atlasRoutes.py

@@ -18,15 +18,15 @@
 
 from atlas.env import db
 from atlas import utils
-from atlas.modeles.entities import vmTaxons, vmCommunes
+from atlas.modeles.entities import vmTaxons, t_zoning
 from atlas.modeles.repositories import (
     vmOrganismsRepository,
     vmTaxonsRepository,
     vmObservationsRepository,
     vmAltitudesRepository,
     vmMoisRepository,
     vmTaxrefRepository,
-    vmCommunesRepository,
+    tZonesRepository,
     vmObservationsMaillesRepository,
     vmMedias,
     vmCorTaxonAttribut,
@@ -125,9 +125,9 @@ def ficheOrganism(id_organism):
 
 
 @main.route(
-    "/commune/" + current_app.config["REMOTE_MEDIAS_PATH"] + "<image>", methods=["GET", "POST"]
+    "/zone/" + current_app.config["REMOTE_MEDIAS_PATH"] + "<image>", methods=["GET", "POST"]
 )
-def communeMedias(image):
+def zoneMedias(image):
     return redirect(
         current_app.config["REMOTE_MEDIAS_URL"] + current_app.config["REMOTE_MEDIAS_PATH"] + image
     )
@@ -227,13 +227,12 @@ def ficheEspece(cd_nom):
     # Redirect to cd_ref if cd_nom is a synonym. Redirection is better for SEO.
     if cd_ref != cd_nom:
         return redirect(url_for(request.endpoint, cd_nom=cd_ref))
-
     # Get data to render template
     taxon = vmTaxrefRepository.searchEspece(connection, cd_ref)
     altitudes = vmAltitudesRepository.getAltitudesChilds(connection, cd_ref)
     months = vmMoisRepository.getMonthlyObservationsChilds(connection, cd_ref)
     synonyme = vmTaxrefRepository.getSynonymy(connection, cd_ref)
-    communes = vmCommunesRepository.getCommunesObservationsChilds(connection, cd_ref)
+    zone = tZonesRepository.getZonesObservationsChilds(connection, cd_ref)
     taxonomyHierarchy = vmTaxrefRepository.getAllTaxonomy(db_session, cd_ref)
     firstPhoto = vmMedias.getFirstPhoto(connection, cd_ref, current_app.config["ATTR_MAIN_PHOTO"])
     photoCarousel = vmMedias.getPhotoCarousel(
@@ -275,7 +274,7 @@ def ficheEspece(cd_nom):
         altitudes=altitudes,
         months=months,
         synonyme=synonyme,
-        communes=communes,
+        zone=zone,
         taxonomyHierarchy=taxonomyHierarchy,
         firstPhoto=firstPhoto,
         photoCarousel=photoCarousel,
@@ -287,39 +286,39 @@ def ficheEspece(cd_nom):
     )
 
 
-@main.route("/commune/<insee>", methods=["GET", "POST"])
-def ficheCommune(insee):
+@main.route("/zone/<id_zone>", methods=["GET", "POST"])
+def ficheZone(id_zone):
     session = db.session
     connection = db.engine.connect()
 
-    listTaxons = vmTaxonsRepository.getTaxonsCommunes(connection, insee)
-    commune = vmCommunesRepository.getCommuneFromInsee(connection, insee)
+    listTaxons = vmTaxonsRepository.getTaxonsZones(connection, id_zone)
+
+    zone = tZonesRepository.getZoneFromIdZone(connection, id_zone)
     if current_app.config["AFFICHAGE_MAILLE"]:
-        observations = vmObservationsMaillesRepository.lastObservationsCommuneMaille(
-            connection, current_app.config["NB_LAST_OBS"], str(insee)
+        observations = vmObservationsMaillesRepository.lastObservationsZoneMaille(
+            connection, current_app.config["NB_LAST_OBS"], str(id_zone)
         )
     else:
-        observations = vmObservationsRepository.lastObservationsCommune(
-            connection, current_app.config["NB_LAST_OBS"], insee
+        observations = vmObservationsRepository.lastObservationsZone(
+            connection, current_app.config["NB_LAST_OBS"], id_zone
         )
 
     surroundingAreas = []
 
-    observers = vmObservationsRepository.getObserversCommunes(connection, insee)
+    observers = vmObservationsRepository.getObserversZone(connection, id_zone)
 
     session.close()
     connection.close()
 
     return render_template(
         "templates/areaSheet/_main.html",
-        sheetType="commune",
         surroundingAreas=surroundingAreas,
         listTaxons=listTaxons,
-        areaInfos=commune,
+        areaInfos=zone,
         observations=observations,
         observers=observers,
         DISPLAY_EYE_ON_LIST=True,
-        insee=insee,
+        id_zone=id_zone,
     )
 
 
@@ -419,11 +418,9 @@ def sitemap():
         modified_time = ten_days_ago
         pages.append([url, modified_time])
 
-    municipalities = (
-        session.query(vmCommunes.VmCommunes).order_by(vmCommunes.VmCommunes.insee).all()
-    )
+    municipalities = session.query(vmZones.t_zoning).order_by(vmZones.t_zoning.id_code).all()
     for municipalitie in municipalities:
-        url = url_root + url_for("main.ficheCommune", insee=municipalitie.insee)
+        url = url_root + url_for("main.ficheZone", id_code=municipalitie.id_code)
         modified_time = ten_days_ago
         pages.append([url, modified_time])
 

atlas/configuration/config.py.example

@@ -142,7 +142,7 @@ NB_DAY_LAST_OBS = '7'
 # Texte à afficher pour décrire la cartographie des 'dernières observations'
 TEXT_LAST_OBS = 'Les observations des agents ces 7 derniers jours |'
 
-# Carte de la fiche commune : nombre des 'x' dernières observations affichées
+# Carte de la fiche "zone" : nombre des 'x' dernières observations affichées
 NB_LAST_OBS=100
 
 ###########################
@@ -237,7 +237,7 @@ ATTR_VIMEO = 9
 SPLIT_NOM_VERN = True
 
 ############################################
-#### FICHE COMMUNE ET RANG TAXONOMIQUE #####
+#### FICHE "ZONE" ET RANG TAXONOMIQUE  #####
 ############################################
 
 # Permet d'afficher ou non les colonnes Protection et/ou Patrimonialité/Enjeux dans les listes de taxons

atlas/configuration/settings.ini.sample

@@ -82,18 +82,19 @@ type_territoire="'PEC'"
 
 ########### Si ref_geo = False #############
 
-#### COMMUNES ####
+#### ZONE ####
 
-# Creer la table des communes à partir d'un shapefile ?
-# Si false, modifiez la creation de 'atlas.vm_communes' dans data/atlas/atlas.vm_communes.sql
+# Creer la table des zones à partir d'un shapefile ?
+# Si false, modifiez la creation de 'atlas.zoning' dans data/atlas/7.atlas.zoning.sql
 # PARAMETRE OBSOLETE OBLIGATOIRE SI PAS DE REF_GEO
-# import_commune_shp=true
+#
+import_commune_shp=true
 
-# Chemin et nom des colonnes du SHP des communes du territoire. Laisser tel quel (en modifiant uniquement MYUSERLINUX)
-# pour utiliser les communes du PnEcrins par défaut
-communes_shp=/home/`whoami`/atlas/data/ref/communes.shp
+# Chemin et nom des colonnes du SHP des zones du territoire. Laisser tel quel (en modifiant uniquement MYUSERLINUX)
+# pour utiliser les zones du PnEcrins par défaut
+zones_shp=/home/`whoami`/atlas/data/ref/zones.shp
 colonne_insee=insee
-colonne_nom_commune=nom_com
+colonne_nom_zone=nom_com
 
 #### TERRITOIRE ####
 

atlas/messages.pot

@@ -112,7 +112,7 @@ msgstr ""
 #: static/custom/templates/navbar.html:47
 #: static/custom/templates/navbar.html.sample:47
 #: templates/home/globalStats.html:55
-msgid "search.city"
+msgid "search.zone"
 msgstr ""
 
 #: static/custom/templates/presentation.html:4

atlas/modeles/entities/tCommunes.py

@@ -12,6 +12,6 @@ class LCommune(Base):
     __table_args__ = {"schema": "layers"}
 
     insee = Column(String(5), primary_key=True)
-    commune_maj = Column(String(50))
+    area_name = Column(String(50))
     commune_min = Column(String(50))
     the_geom = Column(Geometry)

atlas/modeles/entities/t_zoning.py

@@ -0,0 +1,26 @@
+# coding: utf-8
+from geoalchemy2.types import Geometry
+from sqlalchemy import Column, MetaData, String, Table, Sequence, Integer, Text
+from sqlalchemy.ext.declarative import declarative_base
+
+from atlas.env import db
+
+metadata = MetaData()
+Base = declarative_base()
+
+
+class t_zoning(Base):
+    __table__ = Table(
+        "zoning",
+        metadata,
+        Column("id", Sequence("zoning_id_seq"), primary_key=True, unique=True),
+        Column("id_zone", Integer()),
+        Column("area_name", String(50)),
+        Column("the_geom", Geometry("MULTIPOLYGON"), index=True),
+        Column("zone_geojson", Text),
+        Column("id_zoning_type", Integer()),
+        Column("id_parent", Integer()),
+        schema="atlas",
+        autoload=True,
+        autoload_with=db.engine,
+    )

atlas/modeles/repositories/tCommunesRepository.py

@@ -4,15 +4,15 @@
 from sqlalchemy.sql import text
 
 
-def getCommunesObservationsChilds(connection, cd_ref):
+def getZonesObservationsChilds(connection, cd_ref):
     sql = """
-    SELECT DISTINCT(com.insee) AS insee, com.commune_maj
+    SELECT DISTINCT(com.insee) AS insee, com.area_name
     FROM layers.l_communes com
     JOIN atlas.vm_observations obs ON obs.insee = com.insee
     WHERE obs.cd_ref IN (
             SELECT * FROM atlas.find_all_taxons_childs(:thiscdref)
         ) OR obs.cd_ref = :thiscdref
-    GROUP BY com.commune_maj, com.insee
+    GROUP BY com.area_name, com.insee
     """.encode(
         "UTF-8"
     )

atlas/modeles/repositories/tZonesRepository.py

@@ -0,0 +1,83 @@
+# -*- coding:utf-8 -*-
+
+import ast
+
+from sqlalchemy import distinct
+from sqlalchemy.sql import text
+from sqlalchemy.sql.expression import func
+
+from atlas.modeles.entities.t_zoning import t_zoning
+
+
+def getAllZones(session):
+    req = session.query(distinct(t_zoning.area_name), t_zoning.id_zone).all()
+    zoneList = list()
+    for r in req:
+        temp = {"label": r[0], "value": r[1]}
+        zoneList.append(temp)
+    return zoneList
+
+
+def searchMunicipalities(session, search, limit=50):
+    like_search = "%" + search.replace(" ", "%") + "%"
+
+    query = (
+        session.query(
+            distinct(t_zoning.area_name),
+            t_zoning.id_zone,
+            func.length(t_zoning.area_name),
+        )
+        .filter(func.unaccent(t_zoning.area_name).ilike(func.unaccent(like_search)))
+        .order_by(t_zoning.area_name)
+        .limit(limit)
+    )
+    results = query.all()
+
+    return [{"label": r[0], "value": r[1]} for r in results]
+
+
+def getZoneFromIdZone(connection, id_zone):
+    sql = """
+        SELECT c.area_name,
+           c.id_zone,
+           c.zone_geojson,
+           bib.type_name
+        FROM atlas.zoning c
+        JOIN ref_geo.bib_areas_types bib ON bib.id_type = c.id_zoning_type
+        WHERE c.id_zone = :thisIdZone
+    """
+    req = connection.execute(text(sql), thisIdZone=id_zone)
+    zone_obj = dict()
+    for r in req:
+        zone_obj = {
+            "areaName": r.area_name,
+            "areaCode": str(r.id_zone),
+            "areaGeoJson": ast.literal_eval(r.zone_geojson),
+            "typeName": r.type_name,
+        }
+    return zone_obj
+
+
+def getZonesObservationsChilds(connection, cd_ref):
+    sql = "SELECT * FROM atlas.find_all_taxons_childs(:thiscdref) AS taxon_childs(cd_nom)"
+    results = connection.execute(text(sql), thiscdref=cd_ref)
+    taxons = [cd_ref]
+    for r in results:
+        taxons.append(r.cd_nom)
+
+    sql = """
+        SELECT DISTINCT
+            zone.area_name,
+            zone.id_zone
+        FROM atlas.vm_observations AS obs
+            JOIN atlas.zoning AS zone
+                ON st_intersects(obs.the_geom_point, zone.the_geom_4326)
+        WHERE obs.cd_ref = ANY(:taxonsList)
+        ORDER BY zone.area_name ASC
+    """
+    results = connection.execute(text(sql), taxonsList=taxons)
+    municipalities = list()
+    for r in results:
+        municipality = {"id_zone": r.id_zone, "area_name": r.area_name}
+        municipalities.append(municipality)
+    return municipalities